I am not sure I know what that means...
The attachment points for all suspension kinematics is case sensitive, this can be seen in many cars that share a base platform that is modified for different models...
The Toyota JZ series is the only one I have experience of so can only relate any experience of shared platforms to that design...
There are JZZ [Soarer] JZA [Supra] JZX [Chaser]...
The ZZ was the base design, it was to be the basis of the race car [Skyline beater] and the Active car.
So as to get the correct names for things I will treat the main body of the car as the Monocoque and the suspension and sub-frames as the Chassis, this is the correct way to address these items.
The base monocoque design has all attachment points optimise for both strength [rigidity] and frequency [overlooked, but vital].
The JZA was a shortened version of the same base monocoque [it was meant to be a very light design] however to maintain the ability to take the 'straight 6' the bit taken out was aft of the driver and this had a bad effect on the 2 parameters outlined above, it was made less rigid despite the reduction of the base length of the twisting [torque] motion... due to the removal of a number of rigidity spars along the spine of the monocoque that were present on the ZZ, the effect of this was simply a change in the susceptability to frequecy anomalies and worse still the lack of damping of them, this shows itself in the Supra in that wonderful 'snakey-tail' problem that has caught out dozens of silly buggers who don't realise what is happening, talk to Skyjawa [aka Suprajawa, scoobyjawa] if you have difficulty grasping this simple fact.
What actually happens is also exacerbated by using a Torsen diff. which has notorious problems with a high frequency rate change in operation [convential lockers do not suffer this]
The ZX monocoque was made lighter by removing the spars and also made longer by adding 2 sections at first this would seem to significantly reduce the torque rating of the chassis and it does but surprisingly not as much as shortening it for the Supra, this at first seems vexing and counter-intuitive but the great benefit was to change the base frequency of the monocoque and by pure luck to a non-reciprocal frequency when the chassis components were added, to put this simply there is an interaction between the base frequency of the monocoque and the chassis articuating parts, designers try to 'null' them and they are usually quite good at it, sometimes you may want there to be a reaction between the chassis and the monocoque this is to make the car twitchy, it can bring it alive, it can also make it too twitchy [think about the Supra again and you'll start to understand], so they wanted to get as close to a 'null' in the Chaser and dammit they got it, drive a Chaser and you will see what I mean, it is an amazing piece of kit upto its pretty high limits, it is distanced from the road yet seems to impart all you need to know about it, a bloody fine trick indeed, drive a Soarer and you don't get that, you are cushioned from the road as the setting are meant to do this, you can give the Soarer these settings very easily but it is not standard, it is on the Chaser and is all wrong on the Supra, they basically overdid it.